An atmospheric pressure direct current plasma jet is produced in nitrogen and air. The active region and afterglow region of the plasma jet at various discharge currents and gas flow rates are investigated. Depending on the gas flow and the current, the discharge can be sustained at diffusion or filamentary modes
\u3cp\u3eWe investigate the influence of the surrounding gas on the behaviour of guided ionization w...
We investigate the influence of the surrounding gas on the behaviour of guided ionization waves by m...
Abstract—Atmospheric-pressure plasmas are used in a variety of materials processes. Traditional sour...
The properties of an atmospheric pressure direct current (DC) plasma jet operating in N2 and dry air...
The characterization of an atmospheric pressure direct current (DC) plasma jet operating in nitrogen...
Cold atmospheric pressure plasma jets were capable of generating cold plasma plumes that were not co...
Argon DC plasma jets in stable laminar flow were generated at atmospheric press-ure with a specially...
Silicon-containing thin films are applied in various different fields, such as packaging, biomedical...
By utilizing a fully floating double electrical probe system, the conductivity of a linear atmospher...
Plasma bullets are ionization fronts created in atmospheric-pressure plasma jets. The propagation be...
In a single-barrier discharge with voltage sharpening and low gas consumption (up to 1 L/min), plane...
A diffuse direct-current glow discharge was realized with low energy consumption and high energy uti...
The paper proposes a new atmospheric pressure plasma jet (APPJ) source for operation in air and nitr...
A direct-current-driven plasma jet is developed by applying a longitudinal electric field on the flo...
International audienceIn this paper, a dielectric-barrier discharge (DBD) of Ar:N 2 mixtures at atmo...
\u3cp\u3eWe investigate the influence of the surrounding gas on the behaviour of guided ionization w...
We investigate the influence of the surrounding gas on the behaviour of guided ionization waves by m...
Abstract—Atmospheric-pressure plasmas are used in a variety of materials processes. Traditional sour...
The properties of an atmospheric pressure direct current (DC) plasma jet operating in N2 and dry air...
The characterization of an atmospheric pressure direct current (DC) plasma jet operating in nitrogen...
Cold atmospheric pressure plasma jets were capable of generating cold plasma plumes that were not co...
Argon DC plasma jets in stable laminar flow were generated at atmospheric press-ure with a specially...
Silicon-containing thin films are applied in various different fields, such as packaging, biomedical...
By utilizing a fully floating double electrical probe system, the conductivity of a linear atmospher...
Plasma bullets are ionization fronts created in atmospheric-pressure plasma jets. The propagation be...
In a single-barrier discharge with voltage sharpening and low gas consumption (up to 1 L/min), plane...
A diffuse direct-current glow discharge was realized with low energy consumption and high energy uti...
The paper proposes a new atmospheric pressure plasma jet (APPJ) source for operation in air and nitr...
A direct-current-driven plasma jet is developed by applying a longitudinal electric field on the flo...
International audienceIn this paper, a dielectric-barrier discharge (DBD) of Ar:N 2 mixtures at atmo...
\u3cp\u3eWe investigate the influence of the surrounding gas on the behaviour of guided ionization w...
We investigate the influence of the surrounding gas on the behaviour of guided ionization waves by m...
Abstract—Atmospheric-pressure plasmas are used in a variety of materials processes. Traditional sour...
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